Lithium Battery

Energy storage is a crucial area of research and development for conductivity carbon in the new energy markets. This improvement in electrode conductivity is crucial for both anodes and cathodes. For example, the high electrical conductivity of carbon nanotubes, with unusual high aspect ratios, superior tensile strength and thermal conductivity, can enable a new level of electric connections within the new generation Li-ion battery, which will power fast and run longer. At the same time, mixing graphene and CNT could provide more powerful conductivity network. It could provide High energy density LIB for consumption goods, extra long cycle EV LIB, enable energy storage / power LIB needs both high rate and high capacity density and ultra high or low temperature etc. Cnano technology could provide the best solution.